FUNCTION ZCONV_AMOUNT_MB.
*"--------------------------------------------------------------------
"“局部接口：
*” IMPORTING
*" REFERENCE(VA1) TYPE P
*" CHANGING
*" REFERENCE(STR) TYPE MAKT-MAKTX
*"--------------------------------------------------------------------
Global data declarations
DATA: SCR(30) TYPE C, RES(60) TYPE C,FEN(2) TYPE C .
DATA: LEN TYPE I, C1 TYPE I, C2 TYPE I, C3 TYPE I, C4 TYPE I.
DATA: D1(1) TYPE C, D2(1) TYPE C, D3 TYPE I.
DATA: DIGIT(2) TYPE C, WEIGHT(2) TYPE C.
DATA: RULE1(20) TYPE C VALUE ‘零壹贰叁肆伍陆柒捌玖’.
DATA: RULE2(30) TYPE C VALUE ‘分角元拾佰仟万拾佰仟亿拾佰仟万’.
SCR = VA1 * 100.
CONDENSE SCR NO-GAPS.
IF SCR = ‘0’.
RES = ‘零元’.
ELSE.
LEN = STRLEN( SCR ).
C1 = 0.
D1 = ‘0’.
CLEAR RES.
DO LEN TIMES.
C1 = C1 + 1.
C2 = LEN - C1.
D2 = SCR+C2(1) .
IF D2 = ‘0’.
D3 = 0.
ELSE.
D3 = D2.
ENDIF.
DIGIT = RULE1+D3(1) .
C3 = ( C1 - 1 ) .
WEIGHT = RULE2+C3(1) .
IF D2 = ‘0’.
IF C1 = 3.
DIGIT = ‘’.
ELSEIF C1 = 7.
DIGIT = ‘’.
IF LEN > 10 .
C4 = LEN - 10.
IF SCR+C4(4) = ‘0000’.
WEIGHT = ‘’.
ENDIF.
ENDIF.
ELSEIF C1 = 11.
DIGIT = ‘’.
ELSEIF D1 = ‘0’.
DIGIT = ‘’.
WEIGHT = ‘’.
ELSE.
WEIGHT = ‘’.
ENDIF.
ENDIF.
CONCATENATE DIGIT WEIGHT RES INTO RES .
D1 = D2.
ENDDO.
ENDIF.
LEN = STRLEN( RES ) - 1.
FEN = RES+LEN(1).
IF FEN <> ‘分’ .
CONCATENATE RES ‘整’ INTO STR.
ELSE.
STR = RES.
ENDIF.
ENDFUNCTION.
